美전문가 "北, 흥남 화학단지에서 핵무기 원료 리튬-6 생산"
There are concerns North Korea has built and is running a plant to produce the key ingredient that makes hydrogen bombs.
The Washington-based Institute for Science and International Security says the plant appears be located at the HungnamChemicalComplex on North Korea's east coast.
It goes on to say that North Korea placed an order with China in 2012 to buy large amounts of mercury and lithium hydroxide, the key materials needed to produce lithium 6.
That's the material needed for the production of single-stage thermonuclear weapons.
The report says the North's attempts to develop thermonuclear weapons could be successful given more time and testing.
The latest revelation comes a matter of weeks after the UN Security Council said North Korea has attempted to sell lithium 6, an indication the regime is producing more of it than it needs in its nuclear weapons program.
Visit ‘Arirang News’ OfficialPagesFacebook(NEWS): http://www.facebook.com/newsarirang
Homepage: http://www.arirang.com
Facebook: http://www.facebook.com/arirangtv
Twitter: http://twitter.com/arirangworld
Instagram: http://instagram.com/arirangworld

published:18 Mar 2017

views:748

Video shows what lithium-6 means. A stable isotope , having three protons and three neutrons, that makes up about 7% of natural lithium, it is used in the nuclear industry.. Lithium-6 Meaning. How to pronounce, definition audio dictionary. How to say lithium-6. Powered by MaryTTS, Wiktionary

published:28 Apr 2015

views:428

Joe 4 (Warhead name: RDS-6s (Reaktivnyi Dvigatel Specialnyi; SpecialJet Engine)) was an American nickname for the first Soviet test of a thermonuclear weapon on August 12, 1953. Scholars dispute the authenticity of RDS-6 as a thermonuclear device as it did not manage to produce a yield consistent with a true hydrogen bomb.[1] It utilized a scheme in which fission and fusion fuel (lithium-6 deuteride) were "layered", a design known as the Sloika (Russian: Слойка, named after a type of layered puff pastry) model in the Soviet Union. A ten-fold increase in explosive power was achieved by a combination of fusion energy and neutron-initiated ("boosted") fission. A similar design was earlier theorized by Edward Teller, but never tested, in the USA as the "Alarm Clock".[2]
The Soviet thermonuclear weapons program initially researched two weapon designs. One design was the Sloika (RDS-6s), the other design was the Truba (RDS-6t). The RDS-6t was a two-stage gun-type bomb with a deuterium-tritium secondary and was similar to the U.S. “classical Super” design. When the United States detonated a hydrogen bomb in the Pacific in 1952 (Ivy Mike), higher priority was given to the RDS-6s design, which was considered to be more likely to work.[3]
Joe 4 detonated with a force equivalent to 400 kilotons of TNT. The Soviet physicist Yuli Khariton estimated that Joe 4's yield was 15% to 20% fusion, the rest fission boosted by the fast neutrons released in the fusion. Being a single-stage weapon, though, it was not capable of being scaled up indefinitely like "true" hydrogen bombs (see Teller-Ulam design for more details on the distinctions between fusion weapons).
Despite its inability to be scaled into the megaton range, the detonation was used by Soviet diplomats as leverage. The Soviets claimed that they too had a hydrogen bomb, but unlike the United States' first thermonuclear weapon, theirs was deployable by air. The United States didn't develop a deployable version of the hydrogen bomb until 1954. The Sloika model was never widely deployed.
The first Soviet test of a "true" hydrogen bomb was on November 22, 1955 under the directive of Nikolai Bulganin (influenced by Nikita Khrushchev), code-named RDS-37.[4] All were at Semipalatinsk Test Site, Kazakhstan. Like RDS-6, it was a "dry" weapon, using lithium-6 deuteride instead of liquid hydrogen.

published:09 Oct 2015

views:110157

CustomLithium powering this system with the FU 2000SeriesSubs on 2 Tarramps HD15ks flexing everything.
Be sure to Subscribe if you haven't yet. Join me on FB & Instagram:
https://www.facebook.com/JacobViral/
https://www.instagram.com/jacobviral/
He was peaking at 52Hz as he stated so I couldn't get any demo of him playing the lows since he was tuned higher but still was squeezing loud bass doing 157s on the meter. Thanks for watching always! Every Video you see feedback/comments make me keep uploading motivation FYI! :)
FU2000XL-15, FU Audio 15 2000 Series SPL 2K RMS
TARAMP'S HD150001 TARAMP 1Ω 15000W RMS CLASSD CPrecisionPowerP900.4 900-Watt Phantom Series Class D Full Range 4-Channel AmplifierLithium IonCar Audio Batteries - MilitaryGrade Lithium
Six 15s Walled in a Truck , 6 15s , Subwoofer box tuned 40hz
Songs: Itchin (26hz) , Space Jam(24hz and up)

This one is a pretty rare mix of "Lithium", recorded at the SmartSessions in Madison, WI between April 2 and April 6 in 1990.
This mix features an electric intro guitar (instead of the acoustic guitar used in the official mix) and a much clearer bass track that was used in all the verses except for the intro.
This particular mix only found its way to the vinyl-only bootleg title "TotalFuckingGodhead". A high-quality rip was used to create this tweaked version of the mix.
Thanks a lot to PV for this great transfer!
NOTICE: This recording is NOT from this particular cassette.

Lithium is rare in universe .Although it was one of the three elements. Along with hydrogen and helium .To be created in Big Bang
The element was discovered on earth in 1817 by Johan August Afredson in Stockholm Where he investigated Petalite.
One of the first Lithium mineral to be discovered. He deduced that petalite contains an unknown metal ,Which he called Lithium
From the Greek word for a stone Lithos, Although he never produced any, He reasoned that it is a new alkali metal and lighter than sodium .
However unlike sodium, Which Humphry Davy had isolated in 1807, By the electrolysis of sodium hydroxide. Afredson was unable to produce lithium by the same method.
A sample of lithium was finally extracted in 1855, By the electrolysis of molten lithium chloride.
Once lithium discovery has been announced
Other soon found it to be present in all kind of things such as
Grapes, sea wood, tobacco, vegetables, milk & blood.
Another lithium ore is Spodumene , Which is like Petalite is a lithium aluminum silicate.
And there is a large deposit of this one in South DakotaWorld production of lithium compound is around 40000 tonnes an year
And reserves are estimated to be around 7 million tonnes
& industrial production of itself is reported to be about 7500 tonnes a year and this is produced by the electrolysis of molten lithium chloride & potassium chloride in steel cells at temperature 450 degree Celsius
Lithium is moderately toxic, As discovered in 1940’s .
When patient were given lithium chloride as a salt substitute,
However in small does it is prescribed as a treatment for manic depression,Its calming effect on brain was first noted in 1949
By an Australian doctor John Cade , Of the Victoria department of mental hygiene
He had injected guine pigs with a 0.5% solution of lithium, Carbonate that made them docile for several hours
Cade then gave his most mentally disturbed patients an injection of the same solution
The main responded so well that within days he was transferred to a normal hospital ward and soon back to work
Other patient responded similarly and now Lithium Therapy is used all around the world to treat this mental condition.
Lithium is used commercially in various ways Lithium oxide goes into glass and glass ceramic
Lithium metal goes into alloy with magnesium & aluminum,
And it improves the strength while making them lighter, Magnesium lithium alloy is used in protective armors plating and aluminum
Lithium reduces the weight of aircraft their by saving fuel,
Lithium sitrate made by stearic acid with lithium hydroxide is an all
Purpose high temperature greases contain it,
It even works well at temperature -60 degree Celsius and had been used for vehicles in AntarcticLithium batteries which operate at 3 volts or more, Are sued in devices where compactness and lightness are all important, They are implanted to supply the electrical energy for heart pacemakers
Lithium heads group 1 of the alkali metal group in periodic table
Lithium reacts vigorously with water,Storing is a problem.Cannot be kept under the oil as sodium can,So in order to store it is being coated with petroleum jelly
Somewhat surprisingly it does not react with oxygen unless heated to 100 degree Celsius.But it reacts with nitrogen from the atmosphere to form a red brown compound called Lithium Nitride.
The melting point of lithium is 453.65 k and boiling point is 1615 k
The hydrogen of hydrogen bomb is actually the compound of Lithium Hydride in which lithium is lithium 6 isotope and hydrogen is hydrogen 2 isotopes.
This compound is capable of releasing massive amount of energy
The naturally occurring stable isotope of lithium 6 and lithium 7
Creator : Abhishek Gupta

published:01 Apr 2015

views:7078

published:23 Mar 2017

views:1185

The conclusion of the DIY 12 Volt linthium-ion battery pack.
Don't forget to like, comment and subscribe.
You can also follow me on Twitter here: https://twitter.com/Eman2000_YT

Isotopes of lithium

Naturally occurring lithium (chemical symbol Li) (relative atomic mass: 6.941(2)) is composed of two stable isotopes, lithium-6 and lithium-7, with the latter being far more abundant: about 92.5 percent of the atoms. Both of the natural isotopes have an unexpectedly low nuclear binding energy per nucleon (~5.3 MeV) when compared with the adjacent lighter and heavier elements, helium (~7.1MeV) and beryllium (~6.5MeV). The longest-lived radioisotope of lithium is lithium-8, which has a half-life of just 838 milliseconds. Lithium-9 has a half-life of 178 milliseconds, and lithium-11 has a half-life of about 8.6 milliseconds. All of the remaining isotopes of lithium have half-lives that are shorter than 10 nanoseconds. The shortest-lived known isotope of lithium is lithium-4, which decays by proton emission with a half-life of about 6977909999999999999♠9.1×10−23 seconds, although the half-life of lithium-3 is yet to be determined, and is likely to be much shorter.

Lithium-7 and lithium-6 are two of the primordial nuclides that were produced in the Big Bang, with lithium-7 to be 10−9 of all primordial nuclides and amount of lithium-6 around 10−13. A small percentage of lithium-6 is also known to be produced by nuclear reactions in certain stars. The isotopes of lithium separate somewhat during a variety of geological processes, including mineral formation (chemical precipitation and ion exchange). Lithium ions replace magnesium or iron in certain octahedral locations in clays, and lithium-6 is sometimes preferred over lithium-7. This results in some enrichment of lithium-7 in geological processes.

Lithium was founded in 2001 as a spin-out from GX Media, which created technologies for professional rankings and tournaments and now hosts a number of popular gaming sites. The company's founders include brothers Lyle Fong and Dennis Fong, who together also founded GX Media, as well as Kirk Yokomizo, John Joh, Nader Alizadeh, Michel Thouati, Michael Yang, and Matt Ayres. The company sells largely to enterprise customers, including HP, Best Buy, Research In Motion, Sony, Comcast, Symantec, and AT&T.

The Lithium Social Customer Experience Management Platform combines online customer community applications such as forums, blogs, innovation management, product reviews, and tribal knowledge bases with the broader social Web and traditional CRM business processes, resulting in a wide range of online customer interaction methods. Lithium's SaaS-based platform delivers products on-demand in a hosted environment rather than as traditional, packaged software. Stemming from its gaming roots, the platform incorporates elaborate rating systems for contributors, with ranks, badges, and “kudos counts.”

lithium 4,6,7 isotopes

North Korea running lithium-6 plant for hydrogen bombs: U.S. think-tank

North Korea running lithium-6 plant for hydrogen bombs: U.S. think-tank

North Korea running lithium-6 plant for hydrogen bombs: U.S. think-tank

美전문가 "北, 흥남 화학단지에서 핵무기 원료 리튬-6 생산"
There are concerns North Korea has built and is running a plant to produce the key ingredient that makes hydrogen bombs.
The Washington-based Institute for Science and International Security says the plant appears be located at the HungnamChemicalComplex on North Korea's east coast.
It goes on to say that North Korea placed an order with China in 2012 to buy large amounts of mercury and lithium hydroxide, the key materials needed to produce lithium 6.
That's the material needed for the production of single-stage thermonuclear weapons.
The report says the North's attempts to develop thermonuclear weapons could be successful given more time and testing.
The latest revelation comes a matter of weeks after the UN Security Council said North Korea has attempted to sell lithium 6, an indication the regime is producing more of it than it needs in its nuclear weapons program.
Visit ‘Arirang News’ OfficialPagesFacebook(NEWS): http://www.facebook.com/newsarirang
Homepage: http://www.arirang.com
Facebook: http://www.facebook.com/arirangtv
Twitter: http://twitter.com/arirangworld
Instagram: http://instagram.com/arirangworld

0:24

Lithium-6 Meaning

Lithium-6 Meaning

Lithium-6 Meaning

Video shows what lithium-6 means. A stable isotope , having three protons and three neutrons, that makes up about 7% of natural lithium, it is used in the nuclear industry.. Lithium-6 Meaning. How to pronounce, definition audio dictionary. How to say lithium-6. Powered by MaryTTS, Wiktionary

1:35

HD The Destructive Power Of Hydrogen Bomb Soviet RDS-6s 1953.

HD The Destructive Power Of Hydrogen Bomb Soviet RDS-6s 1953.

HD The Destructive Power Of Hydrogen Bomb Soviet RDS-6s 1953.

Joe 4 (Warhead name: RDS-6s (Reaktivnyi Dvigatel Specialnyi; SpecialJet Engine)) was an American nickname for the first Soviet test of a thermonuclear weapon on August 12, 1953. Scholars dispute the authenticity of RDS-6 as a thermonuclear device as it did not manage to produce a yield consistent with a true hydrogen bomb.[1] It utilized a scheme in which fission and fusion fuel (lithium-6 deuteride) were "layered", a design known as the Sloika (Russian: Слойка, named after a type of layered puff pastry) model in the Soviet Union. A ten-fold increase in explosive power was achieved by a combination of fusion energy and neutron-initiated ("boosted") fission. A similar design was earlier theorized by Edward Teller, but never tested, in the USA as the "Alarm Clock".[2]
The Soviet thermonuclear weapons program initially researched two weapon designs. One design was the Sloika (RDS-6s), the other design was the Truba (RDS-6t). The RDS-6t was a two-stage gun-type bomb with a deuterium-tritium secondary and was similar to the U.S. “classical Super” design. When the United States detonated a hydrogen bomb in the Pacific in 1952 (Ivy Mike), higher priority was given to the RDS-6s design, which was considered to be more likely to work.[3]
Joe 4 detonated with a force equivalent to 400 kilotons of TNT. The Soviet physicist Yuli Khariton estimated that Joe 4's yield was 15% to 20% fusion, the rest fission boosted by the fast neutrons released in the fusion. Being a single-stage weapon, though, it was not capable of being scaled up indefinitely like "true" hydrogen bombs (see Teller-Ulam design for more details on the distinctions between fusion weapons).
Despite its inability to be scaled into the megaton range, the detonation was used by Soviet diplomats as leverage. The Soviets claimed that they too had a hydrogen bomb, but unlike the United States' first thermonuclear weapon, theirs was deployable by air. The United States didn't develop a deployable version of the hydrogen bomb until 1954. The Sloika model was never widely deployed.
The first Soviet test of a "true" hydrogen bomb was on November 22, 1955 under the directive of Nikolai Bulganin (influenced by Nikita Khrushchev), code-named RDS-37.[4] All were at Semipalatinsk Test Site, Kazakhstan. Like RDS-6, it was a "dry" weapon, using lithium-6 deuteride instead of liquid hydrogen.

5:48

6 FU 15s Walled on 2 Taramps HD15Ks | Lithium Power

6 FU 15s Walled on 2 Taramps HD15Ks | Lithium Power

6 FU 15s Walled on 2 Taramps HD15Ks | Lithium Power

CustomLithium powering this system with the FU 2000SeriesSubs on 2 Tarramps HD15ks flexing everything.
Be sure to Subscribe if you haven't yet. Join me on FB & Instagram:
https://www.facebook.com/JacobViral/
https://www.instagram.com/jacobviral/
He was peaking at 52Hz as he stated so I couldn't get any demo of him playing the lows since he was tuned higher but still was squeezing loud bass doing 157s on the meter. Thanks for watching always! Every Video you see feedback/comments make me keep uploading motivation FYI! :)
FU2000XL-15, FU Audio 15 2000 Series SPL 2K RMS
TARAMP'S HD150001 TARAMP 1Ω 15000W RMS CLASSD CPrecisionPowerP900.4 900-Watt Phantom Series Class D Full Range 4-Channel AmplifierLithium IonCar Audio Batteries - MilitaryGrade Lithium
Six 15s Walled in a Truck , 6 15s , Subwoofer box tuned 40hz
Songs: Itchin (26hz) , Space Jam(24hz and up)

This one is a pretty rare mix of "Lithium", recorded at the SmartSessions in Madison, WI between April 2 and April 6 in 1990.
This mix features an electric intro guitar (instead of the acoustic guitar used in the official mix) and a much clearer bass track that was used in all the verses except for the intro.
This particular mix only found its way to the vinyl-only bootleg title "TotalFuckingGodhead". A high-quality rip was used to create this tweaked version of the mix.
Thanks a lot to PV for this great transfer!
NOTICE: This recording is NOT from this particular cassette.

Things to know about Lithium || Obsessed Scientist

Lithium is rare in universe .Although it was one of the three elements. Along with hydrogen and helium .To be created in Big Bang
The element was discovered on earth in 1817 by Johan August Afredson in Stockholm Where he investigated Petalite.
One of the first Lithium mineral to be discovered. He deduced that petalite contains an unknown metal ,Which he called Lithium
From the Greek word for a stone Lithos, Although he never produced any, He reasoned that it is a new alkali metal and lighter than sodium .
However unlike sodium, Which Humphry Davy had isolated in 1807, By the electrolysis of sodium hydroxide. Afredson was unable to produce lithium by the same method.
A sample of lithium was finally extracted in 1855, By the electrolysis of molten lithium chloride.
Once lithium discovery has been announced
Other soon found it to be present in all kind of things such as
Grapes, sea wood, tobacco, vegetables, milk & blood.
Another lithium ore is Spodumene , Which is like Petalite is a lithium aluminum silicate.
And there is a large deposit of this one in South DakotaWorld production of lithium compound is around 40000 tonnes an year
And reserves are estimated to be around 7 million tonnes
& industrial production of itself is reported to be about 7500 tonnes a year and this is produced by the electrolysis of molten lithium chloride & potassium chloride in steel cells at temperature 450 degree Celsius
Lithium is moderately toxic, As discovered in 1940’s .
When patient were given lithium chloride as a salt substitute,
However in small does it is prescribed as a treatment for manic depression,Its calming effect on brain was first noted in 1949
By an Australian doctor John Cade , Of the Victoria department of mental hygiene
He had injected guine pigs with a 0.5% solution of lithium, Carbonate that made them docile for several hours
Cade then gave his most mentally disturbed patients an injection of the same solution
The main responded so well that within days he was transferred to a normal hospital ward and soon back to work
Other patient responded similarly and now Lithium Therapy is used all around the world to treat this mental condition.
Lithium is used commercially in various ways Lithium oxide goes into glass and glass ceramic
Lithium metal goes into alloy with magnesium & aluminum,
And it improves the strength while making them lighter, Magnesium lithium alloy is used in protective armors plating and aluminum
Lithium reduces the weight of aircraft their by saving fuel,
Lithium sitrate made by stearic acid with lithium hydroxide is an all
Purpose high temperature greases contain it,
It even works well at temperature -60 degree Celsius and had been used for vehicles in AntarcticLithium batteries which operate at 3 volts or more, Are sued in devices where compactness and lightness are all important, They are implanted to supply the electrical energy for heart pacemakers
Lithium heads group 1 of the alkali metal group in periodic table
Lithium reacts vigorously with water,Storing is a problem.Cannot be kept under the oil as sodium can,So in order to store it is being coated with petroleum jelly
Somewhat surprisingly it does not react with oxygen unless heated to 100 degree Celsius.But it reacts with nitrogen from the atmosphere to form a red brown compound called Lithium Nitride.
The melting point of lithium is 453.65 k and boiling point is 1615 k
The hydrogen of hydrogen bomb is actually the compound of Lithium Hydride in which lithium is lithium 6 isotope and hydrogen is hydrogen 2 isotopes.
This compound is capable of releasing massive amount of energy
The naturally occurring stable isotope of lithium 6 and lithium 7
Creator : Abhishek Gupta

2:34

Kaernten Heute - European Lithium (6 March 2017)

Kaernten Heute - European Lithium (6 March 2017)

Kaernten Heute - European Lithium (6 March 2017)

11:08

DIY 12V Lithium Battery Pack part 6

DIY 12V Lithium Battery Pack part 6

DIY 12V Lithium Battery Pack part 6

The conclusion of the DIY 12 Volt linthium-ion battery pack.
Don't forget to like, comment and subscribe.
You can also follow me on Twitter here: https://twitter.com/Eman2000_YT

Subscribe Now:
http://www.youtube.com/subscription_center?add_user=ehoweducation
Watch More:
http://www.youtube.com/ehoweducation
There are two primary isotopes of Lithium that can be found in the world and they are Lithium 6 and Lithium 7. Get an introduction about lithium atoms in basic chemistry with help from an experienced educator in this free video clip.
Expert: Walter Unglaub
Filmmaker: bjorn wilde
SeriesDescription: Chemistry and physics play important roles in our everyday lives, even after we've long since graduated from school. Get tips on chemistry and physics with help from an experienced educator in this free video series.

lithium 4,6,7 isotopes

North Korea running lithium-6 plant for hydrogen bombs: U.S. think-tank

美전문가 "北, 흥남 화학단지에서 핵무기 원료 리튬-6 생산"
There are concerns North Korea has built and is running a plant to produce the key ingredient that makes hydrogen bombs.
The Washington-based Institute for Science and International Security says the plant appears be located at the HungnamChemicalComplex on North Korea's east coast.
It goes on to say that North Korea placed an order with China in 2012 to buy large amounts of mercury and lithium hydroxide, the key materials needed to produce lithium 6.
That's the material needed for the production of single-stage thermonuclear weapons.
The report says the North's attempts to develop thermonuclear weapons could be successful given more time and testing.
The latest revelation comes a matter of weeks after the UN Security Council said North Korea has attemp...

published: 18 Mar 2017

Lithium-6 Meaning

Video shows what lithium-6 means. A stable isotope , having three protons and three neutrons, that makes up about 7% of natural lithium, it is used in the nuclear industry.. Lithium-6 Meaning. How to pronounce, definition audio dictionary. How to say lithium-6. Powered by MaryTTS, Wiktionary

published: 28 Apr 2015

HD The Destructive Power Of Hydrogen Bomb Soviet RDS-6s 1953.

Joe 4 (Warhead name: RDS-6s (Reaktivnyi Dvigatel Specialnyi; SpecialJet Engine)) was an American nickname for the first Soviet test of a thermonuclear weapon on August 12, 1953. Scholars dispute the authenticity of RDS-6 as a thermonuclear device as it did not manage to produce a yield consistent with a true hydrogen bomb.[1] It utilized a scheme in which fission and fusion fuel (lithium-6 deuteride) were "layered", a design known as the Sloika (Russian: Слойка, named after a type of layered puff pastry) model in the Soviet Union. A ten-fold increase in explosive power was achieved by a combination of fusion energy and neutron-initiated ("boosted") fission. A similar design was earlier theorized by Edward Teller, but never tested, in the USA as the "Alarm Clock".[2]
The Soviet thermonucl...

published: 09 Oct 2015

6 FU 15s Walled on 2 Taramps HD15Ks | Lithium Power

CustomLithium powering this system with the FU 2000SeriesSubs on 2 Tarramps HD15ks flexing everything.
Be sure to Subscribe if you haven't yet. Join me on FB & Instagram:
https://www.facebook.com/JacobViral/
https://www.instagram.com/jacobviral/
He was peaking at 52Hz as he stated so I couldn't get any demo of him playing the lows since he was tuned higher but still was squeezing loud bass doing 157s on the meter. Thanks for watching always! Every Video you see feedback/comments make me keep uploading motivation FYI! :)
FU2000XL-15, FU Audio 15 2000 Series SPL 2K RMS
TARAMP'S HD150001 TARAMP 1Ω 15000W RMS CLASSD CPrecisionPowerP900.4 900-Watt Phantom Series Class D Full Range 4-Channel AmplifierLithium IonCar Audio Batteries - MilitaryGrade Lithium
Six 15s Walled in a Truck , ...

This one is a pretty rare mix of "Lithium", recorded at the SmartSessions in Madison, WI between April 2 and April 6 in 1990.
This mix features an electric intro guitar (instead of the acoustic guitar used in the official mix) and a much clearer bass track that was used in all the verses except for the intro.
This particular mix only found its way to the vinyl-only bootleg title "TotalFuckingGodhead". A high-quality rip was used to create this tweaked version of the mix.
Thanks a lot to PV for this great transfer!
NOTICE: This recording is NOT from this particular cassette.

Lithium 6 - The Process Of Cracking

Things to know about Lithium || Obsessed Scientist

Lithium is rare in universe .Although it was one of the three elements. Along with hydrogen and helium .To be created in Big Bang
The element was discovered on earth in 1817 by Johan August Afredson in Stockholm Where he investigated Petalite.
One of the first Lithium mineral to be discovered. He deduced that petalite contains an unknown metal ,Which he called Lithium
From the Greek word for a stone Lithos, Although he never produced any, He reasoned that it is a new alkali metal and lighter than sodium .
However unlike sodium, Which Humphry Davy had isolated in 1807, By the electrolysis of sodium hydroxide. Afredson was unable to produce lithium by the same method.
A sample of lithium was finally extracted in 1855, By the electrolysis of molten lithium chloride.
Once lithium discover...

published: 01 Apr 2015

Kaernten Heute - European Lithium (6 March 2017)

published: 23 Mar 2017

DIY 12V Lithium Battery Pack part 6

The conclusion of the DIY 12 Volt linthium-ion battery pack.
Don't forget to like, comment and subscribe.
You can also follow me on Twitter here: https://twitter.com/Eman2000_YT

Subscribe Now:
http://www.youtube.com/subscription_center?add_user=ehoweducation
Watch More:
http://www.youtube.com/ehoweducation
There are two primary isotopes of Lithium that can be found in the world and they are Lithium 6 and Lithium 7. Get an introduction about lithium atoms in basic chemistry with help from an experienced educator in this free video clip.
Expert: Walter Unglaub
Filmmaker: bjorn wilde
SeriesDescription: Chemistry and physics play important roles in our everyday lives, even after we've long since graduated from school. Get tips on chemistry and physics with help from an experienced educator in this free video series.

North Korea running lithium-6 plant for hydrogen bombs: U.S. think-tank

美전문가 "北, 흥남 화학단지에서 핵무기 원료 리튬-6 생산"
There are concerns North Korea has built and is running a plant to produce the key ingredient that makes hydrogen bombs.
The ...

美전문가 "北, 흥남 화학단지에서 핵무기 원료 리튬-6 생산"
There are concerns North Korea has built and is running a plant to produce the key ingredient that makes hydrogen bombs.
The Washington-based Institute for Science and International Security says the plant appears be located at the HungnamChemicalComplex on North Korea's east coast.
It goes on to say that North Korea placed an order with China in 2012 to buy large amounts of mercury and lithium hydroxide, the key materials needed to produce lithium 6.
That's the material needed for the production of single-stage thermonuclear weapons.
The report says the North's attempts to develop thermonuclear weapons could be successful given more time and testing.
The latest revelation comes a matter of weeks after the UN Security Council said North Korea has attempted to sell lithium 6, an indication the regime is producing more of it than it needs in its nuclear weapons program.
Visit ‘Arirang News’ OfficialPagesFacebook(NEWS): http://www.facebook.com/newsarirang
Homepage: http://www.arirang.com
Facebook: http://www.facebook.com/arirangtv
Twitter: http://twitter.com/arirangworld
Instagram: http://instagram.com/arirangworld

美전문가 "北, 흥남 화학단지에서 핵무기 원료 리튬-6 생산"
There are concerns North Korea has built and is running a plant to produce the key ingredient that makes hydrogen bombs.
The Washington-based Institute for Science and International Security says the plant appears be located at the HungnamChemicalComplex on North Korea's east coast.
It goes on to say that North Korea placed an order with China in 2012 to buy large amounts of mercury and lithium hydroxide, the key materials needed to produce lithium 6.
That's the material needed for the production of single-stage thermonuclear weapons.
The report says the North's attempts to develop thermonuclear weapons could be successful given more time and testing.
The latest revelation comes a matter of weeks after the UN Security Council said North Korea has attempted to sell lithium 6, an indication the regime is producing more of it than it needs in its nuclear weapons program.
Visit ‘Arirang News’ OfficialPagesFacebook(NEWS): http://www.facebook.com/newsarirang
Homepage: http://www.arirang.com
Facebook: http://www.facebook.com/arirangtv
Twitter: http://twitter.com/arirangworld
Instagram: http://instagram.com/arirangworld

Lithium-6 Meaning

Video shows what lithium-6 means. A stable isotope , having three protons and three neutrons, that makes up about 7% of natural lithium, it is used in the nucle...

Video shows what lithium-6 means. A stable isotope , having three protons and three neutrons, that makes up about 7% of natural lithium, it is used in the nuclear industry.. Lithium-6 Meaning. How to pronounce, definition audio dictionary. How to say lithium-6. Powered by MaryTTS, Wiktionary

Video shows what lithium-6 means. A stable isotope , having three protons and three neutrons, that makes up about 7% of natural lithium, it is used in the nuclear industry.. Lithium-6 Meaning. How to pronounce, definition audio dictionary. How to say lithium-6. Powered by MaryTTS, Wiktionary

Joe 4 (Warhead name: RDS-6s (Reaktivnyi Dvigatel Specialnyi; SpecialJet Engine)) was an American nickname for the first Soviet test of a thermonuclear weapon on August 12, 1953. Scholars dispute the authenticity of RDS-6 as a thermonuclear device as it did not manage to produce a yield consistent with a true hydrogen bomb.[1] It utilized a scheme in which fission and fusion fuel (lithium-6 deuteride) were "layered", a design known as the Sloika (Russian: Слойка, named after a type of layered puff pastry) model in the Soviet Union. A ten-fold increase in explosive power was achieved by a combination of fusion energy and neutron-initiated ("boosted") fission. A similar design was earlier theorized by Edward Teller, but never tested, in the USA as the "Alarm Clock".[2]
The Soviet thermonuclear weapons program initially researched two weapon designs. One design was the Sloika (RDS-6s), the other design was the Truba (RDS-6t). The RDS-6t was a two-stage gun-type bomb with a deuterium-tritium secondary and was similar to the U.S. “classical Super” design. When the United States detonated a hydrogen bomb in the Pacific in 1952 (Ivy Mike), higher priority was given to the RDS-6s design, which was considered to be more likely to work.[3]
Joe 4 detonated with a force equivalent to 400 kilotons of TNT. The Soviet physicist Yuli Khariton estimated that Joe 4's yield was 15% to 20% fusion, the rest fission boosted by the fast neutrons released in the fusion. Being a single-stage weapon, though, it was not capable of being scaled up indefinitely like "true" hydrogen bombs (see Teller-Ulam design for more details on the distinctions between fusion weapons).
Despite its inability to be scaled into the megaton range, the detonation was used by Soviet diplomats as leverage. The Soviets claimed that they too had a hydrogen bomb, but unlike the United States' first thermonuclear weapon, theirs was deployable by air. The United States didn't develop a deployable version of the hydrogen bomb until 1954. The Sloika model was never widely deployed.
The first Soviet test of a "true" hydrogen bomb was on November 22, 1955 under the directive of Nikolai Bulganin (influenced by Nikita Khrushchev), code-named RDS-37.[4] All were at Semipalatinsk Test Site, Kazakhstan. Like RDS-6, it was a "dry" weapon, using lithium-6 deuteride instead of liquid hydrogen.

Joe 4 (Warhead name: RDS-6s (Reaktivnyi Dvigatel Specialnyi; SpecialJet Engine)) was an American nickname for the first Soviet test of a thermonuclear weapon on August 12, 1953. Scholars dispute the authenticity of RDS-6 as a thermonuclear device as it did not manage to produce a yield consistent with a true hydrogen bomb.[1] It utilized a scheme in which fission and fusion fuel (lithium-6 deuteride) were "layered", a design known as the Sloika (Russian: Слойка, named after a type of layered puff pastry) model in the Soviet Union. A ten-fold increase in explosive power was achieved by a combination of fusion energy and neutron-initiated ("boosted") fission. A similar design was earlier theorized by Edward Teller, but never tested, in the USA as the "Alarm Clock".[2]
The Soviet thermonuclear weapons program initially researched two weapon designs. One design was the Sloika (RDS-6s), the other design was the Truba (RDS-6t). The RDS-6t was a two-stage gun-type bomb with a deuterium-tritium secondary and was similar to the U.S. “classical Super” design. When the United States detonated a hydrogen bomb in the Pacific in 1952 (Ivy Mike), higher priority was given to the RDS-6s design, which was considered to be more likely to work.[3]
Joe 4 detonated with a force equivalent to 400 kilotons of TNT. The Soviet physicist Yuli Khariton estimated that Joe 4's yield was 15% to 20% fusion, the rest fission boosted by the fast neutrons released in the fusion. Being a single-stage weapon, though, it was not capable of being scaled up indefinitely like "true" hydrogen bombs (see Teller-Ulam design for more details on the distinctions between fusion weapons).
Despite its inability to be scaled into the megaton range, the detonation was used by Soviet diplomats as leverage. The Soviets claimed that they too had a hydrogen bomb, but unlike the United States' first thermonuclear weapon, theirs was deployable by air. The United States didn't develop a deployable version of the hydrogen bomb until 1954. The Sloika model was never widely deployed.
The first Soviet test of a "true" hydrogen bomb was on November 22, 1955 under the directive of Nikolai Bulganin (influenced by Nikita Khrushchev), code-named RDS-37.[4] All were at Semipalatinsk Test Site, Kazakhstan. Like RDS-6, it was a "dry" weapon, using lithium-6 deuteride instead of liquid hydrogen.

This one is a pretty rare mix of "Lithium", recorded at the SmartSessions in Madison, WI between April 2 and April 6 in 1990.
This mix features an electric intro guitar (instead of the acoustic guitar used in the official mix) and a much clearer bass track that was used in all the verses except for the intro.
This particular mix only found its way to the vinyl-only bootleg title "TotalFuckingGodhead". A high-quality rip was used to create this tweaked version of the mix.
Thanks a lot to PV for this great transfer!
NOTICE: This recording is NOT from this particular cassette.

This one is a pretty rare mix of "Lithium", recorded at the SmartSessions in Madison, WI between April 2 and April 6 in 1990.
This mix features an electric intro guitar (instead of the acoustic guitar used in the official mix) and a much clearer bass track that was used in all the verses except for the intro.
This particular mix only found its way to the vinyl-only bootleg title "TotalFuckingGodhead". A high-quality rip was used to create this tweaked version of the mix.
Thanks a lot to PV for this great transfer!
NOTICE: This recording is NOT from this particular cassette.

Things to know about Lithium || Obsessed Scientist

Lithium is rare in universe .Although it was one of the three elements. Along with hydrogen and helium .To be created in Big Bang
The element was discovered on...

Lithium is rare in universe .Although it was one of the three elements. Along with hydrogen and helium .To be created in Big Bang
The element was discovered on earth in 1817 by Johan August Afredson in Stockholm Where he investigated Petalite.
One of the first Lithium mineral to be discovered. He deduced that petalite contains an unknown metal ,Which he called Lithium
From the Greek word for a stone Lithos, Although he never produced any, He reasoned that it is a new alkali metal and lighter than sodium .
However unlike sodium, Which Humphry Davy had isolated in 1807, By the electrolysis of sodium hydroxide. Afredson was unable to produce lithium by the same method.
A sample of lithium was finally extracted in 1855, By the electrolysis of molten lithium chloride.
Once lithium discovery has been announced
Other soon found it to be present in all kind of things such as
Grapes, sea wood, tobacco, vegetables, milk & blood.
Another lithium ore is Spodumene , Which is like Petalite is a lithium aluminum silicate.
And there is a large deposit of this one in South DakotaWorld production of lithium compound is around 40000 tonnes an year
And reserves are estimated to be around 7 million tonnes
& industrial production of itself is reported to be about 7500 tonnes a year and this is produced by the electrolysis of molten lithium chloride & potassium chloride in steel cells at temperature 450 degree Celsius
Lithium is moderately toxic, As discovered in 1940’s .
When patient were given lithium chloride as a salt substitute,
However in small does it is prescribed as a treatment for manic depression,Its calming effect on brain was first noted in 1949
By an Australian doctor John Cade , Of the Victoria department of mental hygiene
He had injected guine pigs with a 0.5% solution of lithium, Carbonate that made them docile for several hours
Cade then gave his most mentally disturbed patients an injection of the same solution
The main responded so well that within days he was transferred to a normal hospital ward and soon back to work
Other patient responded similarly and now Lithium Therapy is used all around the world to treat this mental condition.
Lithium is used commercially in various ways Lithium oxide goes into glass and glass ceramic
Lithium metal goes into alloy with magnesium & aluminum,
And it improves the strength while making them lighter, Magnesium lithium alloy is used in protective armors plating and aluminum
Lithium reduces the weight of aircraft their by saving fuel,
Lithium sitrate made by stearic acid with lithium hydroxide is an all
Purpose high temperature greases contain it,
It even works well at temperature -60 degree Celsius and had been used for vehicles in AntarcticLithium batteries which operate at 3 volts or more, Are sued in devices where compactness and lightness are all important, They are implanted to supply the electrical energy for heart pacemakers
Lithium heads group 1 of the alkali metal group in periodic table
Lithium reacts vigorously with water,Storing is a problem.Cannot be kept under the oil as sodium can,So in order to store it is being coated with petroleum jelly
Somewhat surprisingly it does not react with oxygen unless heated to 100 degree Celsius.But it reacts with nitrogen from the atmosphere to form a red brown compound called Lithium Nitride.
The melting point of lithium is 453.65 k and boiling point is 1615 k
The hydrogen of hydrogen bomb is actually the compound of Lithium Hydride in which lithium is lithium 6 isotope and hydrogen is hydrogen 2 isotopes.
This compound is capable of releasing massive amount of energy
The naturally occurring stable isotope of lithium 6 and lithium 7
Creator : Abhishek Gupta

Lithium is rare in universe .Although it was one of the three elements. Along with hydrogen and helium .To be created in Big Bang
The element was discovered on earth in 1817 by Johan August Afredson in Stockholm Where he investigated Petalite.
One of the first Lithium mineral to be discovered. He deduced that petalite contains an unknown metal ,Which he called Lithium
From the Greek word for a stone Lithos, Although he never produced any, He reasoned that it is a new alkali metal and lighter than sodium .
However unlike sodium, Which Humphry Davy had isolated in 1807, By the electrolysis of sodium hydroxide. Afredson was unable to produce lithium by the same method.
A sample of lithium was finally extracted in 1855, By the electrolysis of molten lithium chloride.
Once lithium discovery has been announced
Other soon found it to be present in all kind of things such as
Grapes, sea wood, tobacco, vegetables, milk & blood.
Another lithium ore is Spodumene , Which is like Petalite is a lithium aluminum silicate.
And there is a large deposit of this one in South DakotaWorld production of lithium compound is around 40000 tonnes an year
And reserves are estimated to be around 7 million tonnes
& industrial production of itself is reported to be about 7500 tonnes a year and this is produced by the electrolysis of molten lithium chloride & potassium chloride in steel cells at temperature 450 degree Celsius
Lithium is moderately toxic, As discovered in 1940’s .
When patient were given lithium chloride as a salt substitute,
However in small does it is prescribed as a treatment for manic depression,Its calming effect on brain was first noted in 1949
By an Australian doctor John Cade , Of the Victoria department of mental hygiene
He had injected guine pigs with a 0.5% solution of lithium, Carbonate that made them docile for several hours
Cade then gave his most mentally disturbed patients an injection of the same solution
The main responded so well that within days he was transferred to a normal hospital ward and soon back to work
Other patient responded similarly and now Lithium Therapy is used all around the world to treat this mental condition.
Lithium is used commercially in various ways Lithium oxide goes into glass and glass ceramic
Lithium metal goes into alloy with magnesium & aluminum,
And it improves the strength while making them lighter, Magnesium lithium alloy is used in protective armors plating and aluminum
Lithium reduces the weight of aircraft their by saving fuel,
Lithium sitrate made by stearic acid with lithium hydroxide is an all
Purpose high temperature greases contain it,
It even works well at temperature -60 degree Celsius and had been used for vehicles in AntarcticLithium batteries which operate at 3 volts or more, Are sued in devices where compactness and lightness are all important, They are implanted to supply the electrical energy for heart pacemakers
Lithium heads group 1 of the alkali metal group in periodic table
Lithium reacts vigorously with water,Storing is a problem.Cannot be kept under the oil as sodium can,So in order to store it is being coated with petroleum jelly
Somewhat surprisingly it does not react with oxygen unless heated to 100 degree Celsius.But it reacts with nitrogen from the atmosphere to form a red brown compound called Lithium Nitride.
The melting point of lithium is 453.65 k and boiling point is 1615 k
The hydrogen of hydrogen bomb is actually the compound of Lithium Hydride in which lithium is lithium 6 isotope and hydrogen is hydrogen 2 isotopes.
This compound is capable of releasing massive amount of energy
The naturally occurring stable isotope of lithium 6 and lithium 7
Creator : Abhishek Gupta

Subscribe Now:
http://www.youtube.com/subscription_center?add_user=ehoweducation
Watch More:
http://www.youtube.com/ehoweducation
There are two primary isotopes of Lithium that can be found in the world and they are Lithium 6 and Lithium 7. Get an introduction about lithium atoms in basic chemistry with help from an experienced educator in this free video clip.
Expert: Walter Unglaub
Filmmaker: bjorn wilde
SeriesDescription: Chemistry and physics play important roles in our everyday lives, even after we've long since graduated from school. Get tips on chemistry and physics with help from an experienced educator in this free video series.

Subscribe Now:
http://www.youtube.com/subscription_center?add_user=ehoweducation
Watch More:
http://www.youtube.com/ehoweducation
There are two primary isotopes of Lithium that can be found in the world and they are Lithium 6 and Lithium 7. Get an introduction about lithium atoms in basic chemistry with help from an experienced educator in this free video clip.
Expert: Walter Unglaub
Filmmaker: bjorn wilde
SeriesDescription: Chemistry and physics play important roles in our everyday lives, even after we've long since graduated from school. Get tips on chemistry and physics with help from an experienced educator in this free video series.

North Korea running lithium-6 plant for hydrogen bombs: U.S. think-tank

美전문가 "北, 흥남 화학단지에서 핵무기 원료 리튬-6 생산"
There are concerns North Korea has built and is running a plant to produce the key ingredient that makes hydrogen bombs.
The Washington-based Institute for Science and International Security says the plant appears be located at the HungnamChemicalComplex on North Korea's east coast.
It goes on to say that North Korea placed an order with China in 2012 to buy large amounts of mercury and lithium hydroxide, the key materials needed to produce lithium 6.
That's the material needed for the production of single-stage thermonuclear weapons.
The report says the North's attempts to develop thermonuclear weapons could be successful given more time and testing.
The latest revelation comes a matter of weeks after the UN Security Council said North Korea has attempted to sell lithium 6, an indication the regime is producing more of it than it needs in its nuclear weapons program.
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Lithium-6 Meaning

Video shows what lithium-6 means. A stable isotope , having three protons and three neutrons, that makes up about 7% of natural lithium, it is used in the nuclear industry.. Lithium-6 Meaning. How to pronounce, definition audio dictionary. How to say lithium-6. Powered by MaryTTS, Wiktionary

HD The Destructive Power Of Hydrogen Bomb Soviet RDS-6s 1953.

Joe 4 (Warhead name: RDS-6s (Reaktivnyi Dvigatel Specialnyi; SpecialJet Engine)) was an American nickname for the first Soviet test of a thermonuclear weapon on August 12, 1953. Scholars dispute the authenticity of RDS-6 as a thermonuclear device as it did not manage to produce a yield consistent with a true hydrogen bomb.[1] It utilized a scheme in which fission and fusion fuel (lithium-6 deuteride) were "layered", a design known as the Sloika (Russian: Слойка, named after a type of layered puff pastry) model in the Soviet Union. A ten-fold increase in explosive power was achieved by a combination of fusion energy and neutron-initiated ("boosted") fission. A similar design was earlier theorized by Edward Teller, but never tested, in the USA as the "Alarm Clock".[2]
The Soviet thermonuclear weapons program initially researched two weapon designs. One design was the Sloika (RDS-6s), the other design was the Truba (RDS-6t). The RDS-6t was a two-stage gun-type bomb with a deuterium-tritium secondary and was similar to the U.S. “classical Super” design. When the United States detonated a hydrogen bomb in the Pacific in 1952 (Ivy Mike), higher priority was given to the RDS-6s design, which was considered to be more likely to work.[3]
Joe 4 detonated with a force equivalent to 400 kilotons of TNT. The Soviet physicist Yuli Khariton estimated that Joe 4's yield was 15% to 20% fusion, the rest fission boosted by the fast neutrons released in the fusion. Being a single-stage weapon, though, it was not capable of being scaled up indefinitely like "true" hydrogen bombs (see Teller-Ulam design for more details on the distinctions between fusion weapons).
Despite its inability to be scaled into the megaton range, the detonation was used by Soviet diplomats as leverage. The Soviets claimed that they too had a hydrogen bomb, but unlike the United States' first thermonuclear weapon, theirs was deployable by air. The United States didn't develop a deployable version of the hydrogen bomb until 1954. The Sloika model was never widely deployed.
The first Soviet test of a "true" hydrogen bomb was on November 22, 1955 under the directive of Nikolai Bulganin (influenced by Nikita Khrushchev), code-named RDS-37.[4] All were at Semipalatinsk Test Site, Kazakhstan. Like RDS-6, it was a "dry" weapon, using lithium-6 deuteride instead of liquid hydrogen.

This one is a pretty rare mix of "Lithium", recorded at the SmartSessions in Madison, WI between April 2 and April 6 in 1990.
This mix features an electric intro guitar (instead of the acoustic guitar used in the official mix) and a much clearer bass track that was used in all the verses except for the intro.
This particular mix only found its way to the vinyl-only bootleg title "TotalFuckingGodhead". A high-quality rip was used to create this tweaked version of the mix.
Thanks a lot to PV for this great transfer!
NOTICE: This recording is NOT from this particular cassette.

Things to know about Lithium || Obsessed Scientist

Lithium is rare in universe .Although it was one of the three elements. Along with hydrogen and helium .To be created in Big Bang
The element was discovered on earth in 1817 by Johan August Afredson in Stockholm Where he investigated Petalite.
One of the first Lithium mineral to be discovered. He deduced that petalite contains an unknown metal ,Which he called Lithium
From the Greek word for a stone Lithos, Although he never produced any, He reasoned that it is a new alkali metal and lighter than sodium .
However unlike sodium, Which Humphry Davy had isolated in 1807, By the electrolysis of sodium hydroxide. Afredson was unable to produce lithium by the same method.
A sample of lithium was finally extracted in 1855, By the electrolysis of molten lithium chloride.
Once lithium discovery has been announced
Other soon found it to be present in all kind of things such as
Grapes, sea wood, tobacco, vegetables, milk & blood.
Another lithium ore is Spodumene , Which is like Petalite is a lithium aluminum silicate.
And there is a large deposit of this one in South DakotaWorld production of lithium compound is around 40000 tonnes an year
And reserves are estimated to be around 7 million tonnes
& industrial production of itself is reported to be about 7500 tonnes a year and this is produced by the electrolysis of molten lithium chloride & potassium chloride in steel cells at temperature 450 degree Celsius
Lithium is moderately toxic, As discovered in 1940’s .
When patient were given lithium chloride as a salt substitute,
However in small does it is prescribed as a treatment for manic depression,Its calming effect on brain was first noted in 1949
By an Australian doctor John Cade , Of the Victoria department of mental hygiene
He had injected guine pigs with a 0.5% solution of lithium, Carbonate that made them docile for several hours
Cade then gave his most mentally disturbed patients an injection of the same solution
The main responded so well that within days he was transferred to a normal hospital ward and soon back to work
Other patient responded similarly and now Lithium Therapy is used all around the world to treat this mental condition.
Lithium is used commercially in various ways Lithium oxide goes into glass and glass ceramic
Lithium metal goes into alloy with magnesium & aluminum,
And it improves the strength while making them lighter, Magnesium lithium alloy is used in protective armors plating and aluminum
Lithium reduces the weight of aircraft their by saving fuel,
Lithium sitrate made by stearic acid with lithium hydroxide is an all
Purpose high temperature greases contain it,
It even works well at temperature -60 degree Celsius and had been used for vehicles in AntarcticLithium batteries which operate at 3 volts or more, Are sued in devices where compactness and lightness are all important, They are implanted to supply the electrical energy for heart pacemakers
Lithium heads group 1 of the alkali metal group in periodic table
Lithium reacts vigorously with water,Storing is a problem.Cannot be kept under the oil as sodium can,So in order to store it is being coated with petroleum jelly
Somewhat surprisingly it does not react with oxygen unless heated to 100 degree Celsius.But it reacts with nitrogen from the atmosphere to form a red brown compound called Lithium Nitride.
The melting point of lithium is 453.65 k and boiling point is 1615 k
The hydrogen of hydrogen bomb is actually the compound of Lithium Hydride in which lithium is lithium 6 isotope and hydrogen is hydrogen 2 isotopes.
This compound is capable of releasing massive amount of energy
The naturally occurring stable isotope of lithium 6 and lithium 7
Creator : Abhishek Gupta

Subscribe Now:
http://www.youtube.com/subscription_center?add_user=ehoweducation
Watch More:
http://www.youtube.com/ehoweducation
There are two primary isotopes of Lithium that can be found in the world and they are Lithium 6 and Lithium 7. Get an introduction about lithium atoms in basic chemistry with help from an experienced educator in this free video clip.
Expert: Walter Unglaub
Filmmaker: bjorn wilde
SeriesDescription: Chemistry and physics play important roles in our everyday lives, even after we've long since graduated from school. Get tips on chemistry and physics with help from an experienced educator in this free video series.

Lithium-ion battery explosion from iphone 6

Isotopes of lithium

Naturally occurring lithium (chemical symbol Li) (relative atomic mass: 6.941(2)) is composed of two stable isotopes, lithium-6 and lithium-7, with the latter being far more abundant: about 92.5 percent of the atoms. Both of the natural isotopes have an unexpectedly low nuclear binding energy per nucleon (~5.3 MeV) when compared with the adjacent lighter and heavier elements, helium (~7.1MeV) and beryllium (~6.5MeV). The longest-lived radioisotope of lithium is lithium-8, which has a half-life of just 838 milliseconds. Lithium-9 has a half-life of 178 milliseconds, and lithium-11 has a half-life of about 8.6 milliseconds. All of the remaining isotopes of lithium have half-lives that are shorter than 10 nanoseconds. The shortest-lived known isotope of lithium is lithium-4, which decays by proton emission with a half-life of about 6977909999999999999♠9.1×10−23 seconds, although the half-life of lithium-3 is yet to be determined, and is likely to be much shorter.

Lithium-7 and lithium-6 are two of the primordial nuclides that were produced in the Big Bang, with lithium-7 to be 10−9 of all primordial nuclides and amount of lithium-6 around 10−13. A small percentage of lithium-6 is also known to be produced by nuclear reactions in certain stars. The isotopes of lithium separate somewhat during a variety of geological processes, including mineral formation (chemical precipitation and ion exchange). Lithium ions replace magnesium or iron in certain octahedral locations in clays, and lithium-6 is sometimes preferred over lithium-7. This results in some enrichment of lithium-7 in geological processes.

After a few good years, boosted by a higher lithium carbonate price, the share price of Orocobre (OTCPK.OROCF) has decreased again to the current level of A$3.25. While I wholeheartedly agree with the market Orocobre appeared to be relatively fairly valued on the back of a lithium hype, I also think the share price has now corrected too much....

After a few good years, boosted by a higher lithium carbonate price, the share price of Orocobre (OTCPK.OROCF) has decreased again to the current level of A$3.25. While I wholeheartedly agree with the market Orocobre appeared to be relatively fairly valued on the back of a lithium hype, I also think the share price has now corrected too much....

18, 2019 (GLOBE NEWSWIRE) -- LSCLithiumCorporation (“LSC” or together with its subsidiaries, the “Company”) (TSXV.LSC) is pleased to announce that it has filed the technical report for the Preliminary Economic Assessment (“PEA”) for its Pozuelos-Pastos Grandes (“PPG”) Project......

The unidentified frequent business flyer was aware of airline policies requiring that e-cigarettes and lithium-ion batteries only be carried in the cabin and be removed from devices but inadvertently left two spare batteries in his checked bag....

New Delhi, Jan 18 () State-run BHEL and Libcoin are in talks to form a consortium to initially build a 1GWh lithium-ion battery plant in India, the government said Friday. The plant's capacity will be scaled up to 30GWh in due course ...RSNRVK RVK. ....

Gandhinagar, Jan 18 () Tata group Chairman N Chandrasekaran Friday said the conglomerate plans to invest in lithium ion battery manufacturing in Gujarat... "We want to make further investments, not only in manufacturing electric vehicles, but also in lithium ion battery projects here," Chandrasekaran added ... "Tremendous amount of progress has been made....

"BHEL will be sending a team of senior officers for study of the facilities, R&D infrastructure and other techno-commercial issues soon ...PTI @moneycontrolcom. Representative Image ... live ... Volume ... More ... State-run BHEL and Libcoin are in talks to form a consortium to initially build a 1GWh lithium-ion battery plant in India, the government said on Friday ... ....

KEMP, Texas, Jan ... This unit is 120 watts and is powered by a rechargeable 1,500Wh lithium ion battery compatible with 120V AC wall outlets or customer-provided solar panels. The WAL-RPS-WLM-2XWP60E-1.5K-HD-120V portable LED light features two LED lamps producing a total of 10,800 lumens of light output ... About Larson ElectronicsLLC ... 214-616-6180Fax ... ....